Susceptibility modeling of hydro-morphological processes considered river topology by Nan Wang, Mingxiao Li, Hongyan Zhang, Weiming Cheng, Chao Du, Luigi Lombardo

“…Rivers transfer matter and energy between hydrographic units, thus potentially affecting the occurrence of HMPs in nearby catchments. …”
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Development of a Multidimensional Analysis and Integrated Visualization Method for Maritime Traffic Behaviors Using DBSCAN-Based Dynamic Clustering by Daehan Lee, Daun Jang, Sanglok Yoo

“…It is adapted for the electronic nautical chart (S-101) under the next-generation hydrographic information standard (S-100), which can be used as a tool to support decision-making for ship operators.…”
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Entre Rhône et Rhin : les ports fluvio-lacustres de la Suisse romaine by Romain Guichon

“…The importance of the hydrographic context between the Rhône and Rhine river basins, as well as the regional fluvio-lacustrine transport network is also underscored. …”
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Artificial Radionuclides Database in the Pacific Ocean: HAM Database by Michio Aoyama, Katsumi Hirose

“…The data in the HAM database were collected from about 90 literature citations, which include published papers; annual reports by the Hydrographic Department, Maritime Safety Agency, Japan; and unpublished data provided by individuals. …”
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SEDIMENT RUNOFF AND WATER TURBIDITY OF THE MAIN TRIBUTARIES OF THE LAKE LADOGA by Marina V. Shmakova, Sergey A. Kondratyev

“…The vast catchment area of the Lake Ladoga is characterized by variety of underlying surface types and a complex hydrographic network. The processes of eutrophication of the southern littoral areas of the Lake Ladoga determine the relevance of assessing the removal of solid matter from the river flow to the estuaries of the tributaries of the Ladoga. …”

Study to Quantitative Impact of Climate Change and Human Activities on Runoff in the Upper Reaches of Nanpan River by GU Guihua, LI Xuehui, YU Shoulong, DUAN Lusong

“…According to the runoff and precipitation of Jiangbianjie Hydrographic Station and 20 precipitation stations in Nanpan River from 1956 to 2016, this paper analyzes the change characteristics of precipitation and runoff and the change points of runoff series, divides the series into three analysis periods such as 1956—1973, 1974—2001 and 2002—2016 on the basis of the change characteristics of runoff, and conducts the quantitative analysis for the contribution rate of climate change and human activities to the runoff change of Nanpan River Basin by the separation judgment method, with 1956 to 1973 as the reference period. …”
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Dinâmica da paisagem em planícies de inundação amazônicas: o caso do Lago Grande do Curuai, Pará, Brasil. by Lucas Garcia Magalhães Peres, Helen Gurgel, Anne-Elisabeth Laques

“…The first geographic clipping covers the entire hydrographic basin, focusing on the analysis of the natural vegetation cover (dryland and lowlands); the second geographic clipping shows the area divided in six landscape zones, whose criteria are the productive systems and the characteristics of use of the region. …”
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Determination of Flood Inuandation Areas in the City of Bingöl (Turkey) Using Geographic Information Systems and HEC-RAS by Murat Celiker, NILÜFER KOÇER, OSMAN YILDIZ

“…Thus, hydraulic models of these streams passing through the city center were developed by the use of HEC-RAS for the peak flows obtained from synthetic unit hydrographs with return periods of 2, 5, 10, 25, 50, 100, 500 and 1,000 years. …”
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Tracking Boats on Amazon Rivers—A Case Study with the LoRa/LoRaWAN by Marlos Rodrigues, Alyson dos Santos, Hillermann Lima, Warley Nogueira, Vicente de Lucena Junior

“…The Amazon region has the largest hydrographic basin in the world. The rivers act as roads, and boats serve as vehicles for transporting passengers and cargo to large urban centers, municipalities, riverside communities, villages, and settlements. …”
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Assessment of the Potential Flood Risk in Sarbaz Drainage Basin by Asadollah Mollazehi, MohammadReza Pudineh, Mahmood Khosravi, Mohsen Armesh, AliAsghar Dehvari

“…From the total area of the Sarbaz basin, only 0.5% has a high to extremely high flood potential, and the central areas of the basin have the highest potential for flood due to topography and special hydrographic conditions. In addition, the main river basin districts towards the outlet of the basin as well as parts of the margins of important sub-streams have the highest flood potential. …”
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Physical drivers of bio-optical properties in the Guangdong-Hong Kong-Macao Greater Bay Area during the winter dry season by Wenlong Xu, Shuibo Hu, Alex Hayward, Zuomin Wang, Shuaiwei Liu

“…This study investigated the vertical distribution of bio-optical properties and their potential driving forces in the Guangdong-Hong Kong-Macao Greater Bay Area (GBA) using a bio-optical dataset collected during the winter dry season. The hydrographic and biogeochemical properties observed across the GBA exhibited significant spatial variability, allowing the classification of the waters into three distinct regions: estuarine diluted water (EDW), Guangdong coastal current water (GCCW), and dense shelf water (DSW). …”
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Design Flood Calculation Model for Extra-Small Watersheds in Ungauged Basin by Yun Wang, Zengchuan Dong, Xinhua Zhu, Wenzhuo Wang, Yupeng Liu, Ronghao Chen, Yunjia He

“…To address this, the method of calculating the design flood peak and flood volume using the weighted average method was proposed, which is based on the instantaneous unit hydrograph method and the inference formula method, combined with the characteristics of heavy rainfall floods in ungauged watersheds. …”
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Subsurface warming associated with Pacific Summer Water transport toward the Chukchi Borderland in the Arctic Ocean by Miaki Muramatsu, Eiji Watanabe, Motoyo Itoh, Jonaotaro Onodera, Kohei Mizobata, Hiromichi Ueno

“…A statistically significant decadal trend of 16.6 ± 10.6 MJ m− 2 year− 1 in the subsurface ocean heat content during 1999–2020 was captured by shipboard hydrographic data, and associated with the transport of Pacific Summer Water from Barrow Canyon northwest of the Alaskan coast, where similar warming appeared. …”
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Les lacs d’Hanoï, quelle place pour une pièce urbaine endémique ? by Martin Jaillais Neliaz

“…The city of Hanoi was established within the complex hydrographic network of the Red River Delta plain, a web of rivers providing transport routes and natural boundaries. …”
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Integrative use of DNA barcode and morphology reveal high level of diversity in the ornamental fish on the lower Amazon basin. by Elciane Araújo de Freitas, Dayana Batista Dos Santos, Charles Samuel Moraes Ferreira, Cárlison Silva-Oliveira, Grazielle Fernanda Evangelista-Gomes, Ivana Barbosa Veneza

“…The Amazon basin is the world's largest hydrographic basin, in terms of both its total area and its species diversity, with more than 2,700 species of fish. …”
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The Ecological Model of Pastures Zoning of Kurdistan Province Emphasizing on the Climatic Elements of Temperature and Precipitation by Gholamali Mozafari, Farshad Safarpour

“…In order to classify the pastures across the province, a database was established which contained data such as topographic maps, slope, highness levels, radiation direction map, geology, soil, plantation, hydrographic network and climatic layers of temperature and Precipitation. …”
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Calculation of Flood Recurrence of Delibekirli Basin (Kırıkhan/Hatay) using Statistical and Deterministic Methods and Modeling with HEC-RAS by Mahsum Bozdoğan, Ergin Canpolat

“…Using various statistical parameters and distribution functions, the unit hydrograph peak flow and 2, 5, 10, 25, 50, 100, 500 and 1000-year flood recurrence flows of the basin were calculated. …”
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Assessment of the G2 model estimations and comparing it with erosion plots and observed sediment data in the Southern Caspian Sea river basins by Khadijeh Haji, Abdulvahed Khaledi Darvishan, Raoof Mostafazadeh

“…The G2 model input factors were prepared using meteorological data, satellite imagery, topographic, hydrographic and soil variables, and the utilization of GIS-RS techniques. …”
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Resilient Waterfront Futures: Mapping Vulnerabilities and Designing Floating Urban Models for Flood Adaptation on the Tiber Delta by Livia Calcagni, Adriano Ruggiero, Alessandra Battisti

“…This paper explores the feasibility of floating urban development in Italy, given its extensive coastline and inland hydrographic network. The key drivers for floating urban development, as an adaptive approach in low-lying waterfront areas, include the increasing threats posed by rising sea levels and flooding and the shortage of land for urban expansion. …”
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Technological Evolution of Architecture, Engineering, Construction, and Structural Health Monitoring of Bridges in Peru: History, Challenges, and Opportunities by Carlos Cacciuttolo, Esteban Muñoz, Andrés Sotil

“…These characteristics result in the country having many hydrographic basins, with rivers of significant dimensions in terms of the width and length of the channel. …”
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